Shri Vibracion Technologies Pvt. Ltd.

+91 9325053539 | info@shrivibracion.com

Meet Us At

Pune International Business Summit 2026

Date: 09 – 10 Feb 2026
Time: 9:30 AM – 10:30 PM
Location: JW Marriott, Senapati Bapat Road, Pune, India.

Propak Asia 2026

Date: 10 – 13 June 2026
Stall No: S 24 | Hall No: C 2
Location: IMPACT Exhibition and Convention Centre, Muang Thong Thani, Bangkok, Thailand.

Anuga FoodTec 2026

Date: 29 Sept – 01 Oct 2026
Stall No: E 14 | Hall No: 03
Location: Bombay Exhibition Centre, Mumbai, India.

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Loss in Weight Feeder

Loss in Weight Feeder

The Loss In Weight Feeder is essential for industries where precision is paramount. This advanced technology measures material loss in weight, ensuring accurate material flow, minimizing wastage, and optimizing efficiency. Its continuous weighing capabilities allow for seamless integration into existing production lines.

A Loss-in-Weight Vibratory Feeder is a system that delivers materials like chips, Kurkure, Snacks, powders, granules, or small items accurately by measuring weight loss in real-time. The system uses vibrations to ensure smooth and consistent material flow from the feeding process to the process line.

This system is easy to operate and ideal for industries like food, pharmaceuticals, and chemicals, where precision is critical.

Loss in Weight Feeder Real image banner_shri vibracion tech
Loss in Weight Feeder

Loss in Weight Feeder Details:

  • Accurate Feeding.
  • Ensures smooth and even material flow.
  • Real-Time Control.
  • Versatile Use.
  • Minize Waste.
  • Easy Integration.

Length

Customize based on the product

Width

200 mm – 350 mm

Capacity

1 TPH & more, (Depend upon product bulk density.)

Construction

SS 304

Application

Extruded Snacks, Potato Chips, Kurkura 

Supply

220 V, 50 Hz


Didn’t find what you need? Contact us for a custom solution!

Why Choose Us

We deliver reliable, hygienic, and efficient solutions trusted by leading industries. Your success is our priority.

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Easy to Install
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Low Power Consumption
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Maintenance Free
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High Performance

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